Battery drains faster

If the engine is idling; the car battery charge is draining faster than the alternator can keep up.

If the ignition is off; the car is telling you that you'll have a flat battery soon.

If yo are running a stack of extra amps then you need to uprate the battery to cope. If it's just a regular stereo then your car battery is probably due for replacement because it's not holding charge efficiently.

The L10 uses standard AA batteries, either disposable or rechargeable. It does not contain any charging circuitry. Connecting the camera to a computer simply drains the batteries faster, as the camera has to expend energy communicating with the computer (even if only to say it has nothing to say). If you want to use rechargeables, you'll have to charge them using a separate battery charger.

It has to be the battery, or you have a lot of weeds slowing the prop which would drain the battery faster..

Digital cameras are high drain devices, regular batteries finish fast, need to use alkaline plus batteries; also take out batteries out of the camera, when not in use.

did you start it and put a volt meter on it to verify your getting approx 14 volts to the battery?

yup! replace your batt... if samething happens after replacing your batt then probably your phone has hardware prob. or short-circuited. hope not... hehehe...

just try replacing your batt...

AA batteries are available in four basic varieties: Alkaline Nickel-Metal Hydride (NiMH) Nickel-Cadmium (NiCad) Photo Lithium (Li-FeS2) Alkaline and photo lithium are non-rechargeable, while NiMH and NiCad are rechargeable. Each has advantages and disadvantages. Non-Rechargeable vs. Rechargeable: Rechargeable batteries are desirable from an environmental standpoint because they are reusable. Self-discharge refers to the fact that batteries lose energy when unused and even when not in a camera or other device. Rechargeable batteries tend to have relatively high self-discharge rates, approximately 1-2% per day for nickel-based batteries. Non-rechargeable batteries generally have very long shelf lives and extremely slow self-discharge rates. This makes non-rechargeable batteries a better choice for infrequent usage. Non-rechargeable batteries are available fully charged in stores all over the world, which makes them a convenient choice for travelers or customers who have dead rechargeable batteries and no time to recharge. Photo Lithium Batteries (Li-FeS2) (non-rechargeable): Photo lithium batteries will yield the longest battery life of any AA battery, surpassing NiMH by 50-100% and surpassing alkaline by 100-500%, depending on the load. While they are more expensive than alkaline batteries, their additional energy capacity makes the cost the same or less per shot than alkaline batteries. Nickel-Metal Hydride Batteries (NiMH) (rechargeable): NiMH batteries are the lowest cost overall solution for users that take a lot of pictures (more than the equivalent of a roll of film per month) or use a lot of high-power features. The largest disadvantage to NiMH batteries is their fast self-discharge rate of 1-2% per day whether the batteries are in a camera or not. NOTE: NiMH batteries need to be completely charged and discharged a few times when new to achieve their full capacity. Rechargeable batteries will eventually fail. If you have been getting acceptable battery life and then see a decrease in life, either quickly or slowly over time, a worn-out battery may be the cause. Storing or charging the batteries in high temperature conditions will accelerate this potential failure. Alkaline Batteries (non-rechargeable): Although the cheapest and easiest to find, alkaline batteries yield the worst performance of all the chemistries in a digital camera. They lose capacity at high power drains and at low temperatures. Skiers and other winter outdoor enthusiasts may find them unsatisfactory. Alkaline batteries are frequently available in two types: High drain (ultra, titanium, maximum etc.) Regular The high drain versions are a premium product designed to operate better under heavy loads than the standard product. However, there is a trend of major brands to increase the performance of their standard battery to b